JP3702388B2 - Scale to check spinal distortion - Google Patents

Scale to check spinal distortion Download PDF

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Publication number
JP3702388B2
JP3702388B2 JP2001402953A JP2001402953A JP3702388B2 JP 3702388 B2 JP3702388 B2 JP 3702388B2 JP 2001402953 A JP2001402953 A JP 2001402953A JP 2001402953 A JP2001402953 A JP 2001402953A JP 3702388 B2 JP3702388 B2 JP 3702388B2
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Prior art keywords
weight
foot
surface plate
distance
scale
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JP2003190121A (en
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忠靖 森
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忠靖 森
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Description

【0001】
【発明の属する技術分野】
この発明は、カイロプラクティック治療を行う場合の体のバランスを検出するための体重計に関するものである。
【0002】
【従来技術】
従来、カイロプラクティック治療を行う場合、遺伝や病気、怪我、職業や過労、運動、栄養のバランス、睡眠等の生活習慣が原因となって、骨格、特に背骨(脊柱)のずれによって生ずる、骨格のバランスの崩れ(以下、脊柱の歪みと言う)を治療師が目視して発見し、崩れた骨格のバランスを回復させることによって、体調の異常を解消する治療方法で、このため、脊柱の歪みを速やかに発見し、患者と治療についての打ち合わせ等、調整をしなければならないが、患者自身が脊柱の歪みについての自覚が無く、その説明に困難を来していた。
【0003】
このため、患者の目に見える方法としてレントゲン撮影に依るが、レントゲン設備を備えない治療院等では、レントゲン設備を備える病院等の協力を得なければならず、患者や、治療師等の時間的、経済的負担、精神的負担等は大きく計り知れないものがあった。
又、レントゲン撮影はレントゲン技師の資格が必要であり、一般治療師が手軽に行える行為ではない。
【0004】
【発明が解決しようとする課題】
従って、本発明が解決しようとする課題は、既存の体重計を用いて、脊柱の歪みによっ生じた骨格の歪みを一目で確認することができ、レントゲン設備に比べて極めて安価で、計測に当たって資格等が不要で、手軽に使用できる体重計を提供することである。
【0005】
【課題を解決するための手段】
本発明は、体重を計測する複数の計測器1、1は既存の体重計を用い、計測部のそれぞれの適宜位置に足を載せる目安となる足部位置2、2を設けると共に、足部位置2、2の左と右の間の距離Bを計測される人の略肩幅とする体重計に於いて、上面板Aの後端部付近に、床面と上面板A距離を調節する補助部5を設け、補助部5の端部には、上面板Aに体重が掛かった場合、正面板Aが上下するため安定感を補う弾性体6を設けたことを特徴とする脊柱の歪みを確認する体重計としたことである。
【0006】
【発明の実施の形態】
以下、本発明の実施の形態を説明すると、重量を計測する複数の計測器1、1は既存の体重計を用い、計測部のそれぞれの適宜位置に足を載せる目安となる足部位置2、2を設けると共に、足部位置2、2の左と右の間の距離Bを計測される人の略肩幅とする体重計に於いて、左側計測器1と右側計測器1は、対象の形状と構造で、二つの体重計で構成され、上面板Aの後端部付近に、床面と上面板Aの距離を調節する補助部5を設け、補助部5の端部には、上面板Aに体重が掛かった場合、上面板Aが上下するため安定感を補う弾性体6を設けてあり、足を乗せる目安となる足部位置2、2を設けてある。
この時右足部位置2から左足部位置2までの距離Bを計測される人の肩幅の距離(長さ)と略同一であることが好ましく、計測される人が足を乗せる目安となる部位置2、2を設けてあり、この時右足部位置2から左足部位置2までの距離Bを計測される人の肩幅の距離(長さ)と略同一であることが好ましく、複数の計測器1、1はそれぞれの計測値を、それぞれに表示する計測表示部4、4が形成されている。
【0007】
複数の計測器1、1に設けた足部位置2、2の距離は、計測される人の肩幅の距離と略同一の距離に維持されることが望ましい。
【0008】
【実施例】
以下、本発明の第1実施例を図面に基づいて説明すると、左側計測器1と右側計測器1は、対象の形状と構造によって構成されているもので、図1に於いては左側の計測器1を示した斜視図である。
従って、図1に於いて、それぞれの計測器1の上面板Aの適宜位置に足を乗せる目安となる足部位置2を設けてあり、足部位置2はシールを貼着するか、又は塗装、又は印刷、又は開口部を設けるか、又は形押し等によって表示するとよく、足部位置2の前方に開口部3を設け、計測器1の計測の数値を表示する計測表示部4としてある。
【0009】
図1は本発明のほんの一例を示すもので、それぞれの計測器1は、大きく形成し足部位置2が計測器1の上面に足部が完全に乗せることができる大きさに形成することも可能であるが図示していない。
従って、図1によれば、上面板Aの後端部付近に補助部5を設けることも可能で、床面と上面板Aの間の距離を、伸縮調整するために、ボルト状に形成してもよい。
この場合、補助部5の端部には、上面板Aに体重等が掛かった場合、上面板Aが上下するための不安定感を補うため、弾性体6を設けることが好ましい。
弾性体6は、計測に支障を来さない硬さが望ましく、又、図示しないが計測器1の裏面には滑り止めを施すことも可能である。
【0010】
上記のような構造であるから、脊柱Hのずれによって生ずる歪みYを測定する患者等の肩幅と、足部位置2、2の距離Bが略同一になるように計測器1、1を床面等に並置し、必要に応じ、計測器1、1の計測表示部4の数値が左右一致するように調整する。
従って、例えば、左右の計測表示部4、4をそれぞれ0目盛りに調整した後、脊柱Hの歪みYを測定する患者等を、足部位置2、2に直立させて重量を測定すると、正常な脊柱Hの場合図2に示す如く、身体Vの中心G1が足部位置2、2の中心Gに一致する。
【0011】
この時、計測器1、1によって測定されている人は左右の足が肩幅に開いているため、両足の膝及び、大腿部は骨盤(腰)を基点として逆V字状に突っ張った状態となる。
従って、計測されている人の体Vの中心(略骨盤)は必然的に逆V字状の頂点Xに位置し、体重は頂点X部分に集中し、この頂点Xから逆V字状の両端である左足Tと右足Uに平均的に分散される。
このため、左右の計測器1、1に設けられた計測表示部4、4に表示される数値は同一となり、この結果、脊柱Hに歪みYが無く骨格のバランスが正常であることが計測表示部4、4の表示によって、誰の目にも正確に読みとれる。
従って、治療師は計測表示部4、4に表示された数値を確認した上で、的確な治療を施すことができ、加療後再び患者を計測することにより、その変化を患者と共に確認できるため、患者とのコミニュケーションを極めて良好に保つことができる。
【0012】
更に、脊柱Hの歪みYが小さい場合、簡単なストレッチ運動によって簡単に矯正することも可能で、脊柱Hの歪みYの予防にも利用することができる。
又、計測される人が何らかの理由により意図的に、左右の計測表示部4、4の数値を変えようとすれば、体Vの上体を大きく反らせるか、又は左右いずれかの膝を、意図的に曲げる等の行為を行わなければならないため、体形が不自然となり、計測に立合う治療師は極めて容易に発見することができる。
【0013】
又、脊柱Hに歪みがある場合、図3の様に左足Tと右足Uを開いた状態に於いて、距離Bの中心Gと頂点Xの位置がずれ、体VはR側に大きく傾くため、体重はR側に大きく、L側が小さくかかり、計測表示部4、4に表示される体重の数値はR側が大きく、L側が小さい数値で表示され、脊柱Hが歪みYが生じて骨格バランスが崩れていることが明確となる。
従って、脊柱Hの歪みYによって生じた骨格の歪みは、一目で確認することができ、レントゲン設備に比べ、二つの体重計で構成される本発明の脊柱の歪みを確認する体重計は、コスト面から見ても極めて安価に提供でき、計測に当たっても資格等を要せず、誰でも手軽に脊柱Hの歪みを計測できる体重計を提供することができるものである。
【0014】
又、患者の脊柱Hに歪みYが生じている場合(図3)、患者の身体の中心G1が左足Tと右足Uの中心Gに対し、R側に著しく傾斜しているため、傾斜しているため、傾斜する方向R側に体重が掛かり、表示部4、4に表示される数値は、L側が小さく、R側が大きく表示され、左右異なるものとなり、脊柱Hの歪みYによって生じた骨格のバランスの崩れは、誰にも簡単且つ明瞭に発見することができる。
さらに、計測器1、1は既存の体重計を用いることによって、レントゲン等と比較にならない安価で提供することができ、使用に当たっても資格等を取得する必要はない。
【0015】
【発明の効果】
上記のような構成であるから、既存の体重計使用により、脊柱の歪みによって生じた骨格のバランスの歪みは計測器表示部に表示され、一目で確認できると共に、レントゲンに比して格段の安価で提供できるばかりでなく、計測に当たってもレントゲン技師等の資格を要せず、誰でも手軽に計測確認できる体重計を提供することができる。
【図面の簡単な説明】
【図1】本発明の第1実施例を示す斜視図である。
【図2】脊柱が正常な状態を示す参考の背面図である。
【図3】脊柱に歪みを生じた状態を示す参考の背面図である。
【符号の説明】
1 計測器
2 足部位置
3 開口部
4 計測表示部
5 補助部
6 弾性体
F 開口部
G 中心
G1 体Vの中心
H 脊柱
S 脊柱の曲がり
L 左側
R 右側
T 左足
U 右足
V 体
X 頂点
Y 歪み
[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a weight scale for detecting the balance of a body when performing chiropractic treatment.
[0002]
[Prior art]
Conventionally, when chiropractic treatment is performed, skeletal, especially spinal (skeletal) displacement caused by lifestyle, such as heredity, illness, injury, occupation or overwork, exercise, nutritional balance, sleep, etc. This is a treatment method that eliminates abnormal physical condition by visually discovering a loss of balance (hereinafter referred to as spinal distortion) and restoring the balance of the broken skeleton. It must be discovered promptly and adjustments must be made, such as meetings with the patient and treatment, but the patient himself had no awareness of spinal distortion, which made it difficult to explain.
[0003]
For this reason, although it depends on X-ray imaging as a method visible to the patient, in a hospital that does not have X-ray equipment, it is necessary to obtain cooperation from a hospital etc. that has X-ray equipment. The economic burden, the mental burden, etc. were immense.
In addition, X-ray photography requires the qualification of an X-ray engineer, and it is not an action that can be easily performed by a general therapist.
[0004]
[Problems to be solved by the invention]
Therefore, the problem to be solved by the present invention is that it is possible to confirm at a glance the distortion of the skeleton caused by the distortion of the spinal column using an existing weight scale. It is to provide a weight scale that does not require qualification and can be used easily.
[0005]
[Means for Solving the Problems]
In the present invention, a plurality of measuring instruments 1 and 1 for measuring body weight use existing weight scales, and are provided with foot positions 2 and 2 that serve as a guide for placing the foot on appropriate positions of the measuring section. An auxiliary unit that adjusts the distance between the floor surface and the upper surface plate A in the vicinity of the rear end of the upper surface plate A in the weight scale having the shoulder width of the person to be measured as the distance B between the left and right of 2, 2 5 and provided with an elastic body 6 that compensates for a sense of stability because the front plate A moves up and down when the weight is applied to the upper plate A at the end of the auxiliary unit 5. It is a weight scale to do.
[0006]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, an embodiment of the present invention will be described. A plurality of measuring devices 1 and 1 for measuring weight use existing weight scales, and a foot position 2 that serves as a guide for placing a foot on each appropriate position of the measuring unit, 2 and a weight scale having a shoulder width of a person to be measured at a distance B between the left and right of the foot positions 2 and 2, the left measuring instrument 1 and the right measuring instrument 1 are shaped as a target. The structure is composed of two weight scales, and an auxiliary portion 5 for adjusting the distance between the floor surface and the upper surface plate A is provided near the rear end portion of the upper surface plate A, and the upper surface plate is provided at the end of the auxiliary portion 5. When the weight is applied to A, the upper plate A moves up and down, so that the elastic body 6 is provided to compensate for a sense of stability, and the foot positions 2 and 2 are provided as a guide for placing the foot.
At this time, the distance B from the right foot position 2 to the left foot position 2 is preferably substantially the same as the distance (length) of the shoulder width of the person to be measured, and the part position serving as a guide for the person to be put on 2 and 2 are provided, and at this time, the distance B from the right foot position 2 to the left foot position 2 is preferably substantially the same as the distance (length) of the shoulder width of the person to be measured. 1 includes measurement display units 4 and 4 for displaying the respective measurement values.
[0007]
It is desirable that the distance between the foot positions 2 and 2 provided in the plurality of measuring instruments 1 and 1 is maintained at substantially the same distance as the distance of the shoulder width of the person to be measured.
[0008]
【Example】
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. The left side measuring instrument 1 and the right side measuring instrument 1 are configured by the shape and structure of the object. In FIG. FIG.
Accordingly, in FIG. 1, a foot position 2 is provided as a guide for placing a foot on an appropriate position of the upper surface plate A of each measuring instrument 1, and the foot position 2 is attached with a seal or painted. Alternatively, it may be displayed by printing, opening, or pressing, and the opening 3 is provided in front of the foot position 2 to provide a measurement display unit 4 for displaying the numerical value of the measurement by the measuring instrument 1.
[0009]
FIG. 1 shows only an example of the present invention, and each measuring instrument 1 is formed so as to have a large size so that the foot position 2 can be completely placed on the upper surface of the measuring instrument 1. It is possible but not shown.
Therefore, according to FIG. 1, the auxiliary portion 5 can be provided near the rear end portion of the upper surface plate A, and the distance between the floor surface and the upper surface plate A is formed in a bolt shape in order to adjust the expansion and contraction. May be.
In this case, it is preferable to provide an elastic body 6 at the end of the auxiliary portion 5 in order to compensate for an unstable feeling due to the upper surface plate A moving up and down when a weight or the like is applied to the upper surface plate A.
The elastic body 6 preferably has a hardness that does not hinder measurement, and although not shown, the back surface of the measuring instrument 1 can be prevented from slipping.
[0010]
Since the structure is as described above, the measuring instruments 1 and 1 are placed on the floor so that the shoulder width of the patient or the like for measuring the strain Y caused by the displacement of the spinal column H and the distance B between the foot positions 2 and 2 are substantially the same. Etc., and if necessary, adjust so that the numerical values of the measurement display units 4 of the measuring instruments 1 and 1 coincide with each other.
Therefore, for example, after adjusting the left and right measurement display units 4 and 4 to 0 scale, if a patient or the like who measures the strain Y of the spine H is placed upright at the foot positions 2 and 2 and the weight is measured, normal In the case of the spinal column H, the center G1 of the body V coincides with the center G of the foot positions 2 and 2, as shown in FIG.
[0011]
At this time, since the left and right legs of the person being measured by the measuring instruments 1 and 1 are open to the shoulder width, the knees and thighs of both legs are stretched in an inverted V shape with the pelvis (waist) as a base point. It becomes.
Accordingly, the center (substantially pelvis) of the body V of the person being measured is necessarily located at the inverted V-shaped vertex X, and the weight is concentrated on the vertex X portion. Are distributed to the left foot T and the right foot U which are average.
For this reason, the numerical values displayed on the measurement display units 4 and 4 provided in the left and right measuring instruments 1 and 1 are the same, and as a result, it is measured and displayed that the spine H has no distortion Y and the balance of the skeleton is normal. By the display of the sections 4 and 4, it can be read accurately by anyone.
Therefore, the therapist can perform accurate treatment after confirming the numerical values displayed on the measurement display units 4 and 4, and by measuring the patient again after treatment, the change can be confirmed together with the patient. Communication with the patient can be kept very good.
[0012]
Furthermore, when the strain Y of the spinal column H is small, it can be easily corrected by a simple stretching exercise, and can be used to prevent the strain Y of the spinal column H.
In addition, if the person to be measured intentionally changes the values of the left and right measurement display sections 4 and 4 for some reason, the upper body of the body V is greatly warped or the left or right knee is intended. Bends, etc., and the body shape becomes unnatural, and it is very easy for a therapist who can meet the measurement to find it.
[0013]
Also, when the spine H is distorted, the position of the center G and the apex X of the distance B is shifted and the body V is greatly inclined to the R side when the left foot T and the right foot U are opened as shown in FIG. The weight is large on the R side and small on the L side, and the weight values displayed on the measurement display units 4 and 4 are displayed with large values on the R side and small values on the L side. It becomes clear that it has collapsed.
Therefore, the skeletal distortion caused by the distortion Y of the spinal column H can be confirmed at a glance, and the weight scale for confirming the distortion of the spinal column according to the present invention, which is composed of two weight scales, is more cost effective than the X-ray equipment. In view of the aspect, it is possible to provide a weight scale that can be provided at a very low cost, does not require qualification even when measured, and can easily measure the strain of the spinal column H by anyone.
[0014]
Further, when the strain Y is generated in the patient's spinal column H (FIG. 3), the patient's body center G1 is significantly inclined to the R side with respect to the center G of the left foot T and the right foot U. Therefore, the weight is applied to the tilting direction R side, and the numerical values displayed on the display units 4 and 4 are small on the L side, large on the R side, and different on the left and right sides. The imbalance can be easily and clearly found by anyone.
Furthermore, the measuring instruments 1 and 1 can be provided at an inexpensive price comparable to that of an X-ray or the like by using an existing weight scale, and it is not necessary to acquire a qualification or the like even when used.
[0015]
【The invention's effect】
Because of the above configuration, the skeletal balance distortion caused by spinal distortion is displayed on the measuring instrument display by using an existing weight scale, which can be confirmed at a glance and is much less expensive than X-rays. It is possible to provide a scale that anyone can easily measure and check without having to qualify as an X-ray engineer or the like.
[Brief description of the drawings]
FIG. 1 is a perspective view showing a first embodiment of the present invention.
FIG. 2 is a reference rear view showing a normal state of the spinal column.
FIG. 3 is a reference rear view showing a state in which the spinal column is distorted.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Measuring device 2 Foot position 3 Opening part 4 Measurement display part 5 Auxiliary part 6 Elastic body F Opening part G Center G1 Center of body V Spinal column S Spinal curve L Left side R Right side T Left foot U Right foot V Body X Vertex Y Distortion

Claims (1)

重量を計測する複数の計測器1、1は既存の体重計を用い、計測部のそれぞれの適宜位置に足を載せる目安となる足部位置2、2を設けると共に、足部位置2、2の左と右の間の距離を計測される人の略肩幅とする体重計に於いて、上面板Aの後端部付近に、床面と上面板A距離を調節する補助部5を設け、補助部5の端部には、上面板Aに体重が掛かった場合、上面板Aが上下するため安定感を補う弾性体6を設けたことを特徴とする脊柱の歪みを確認する体重計。The plurality of measuring instruments 1 and 1 for measuring weight use existing weight scales , and are provided with foot position 2 and 2 that serve as a guide for placing the foot on each appropriate position of the measurement unit . In the weight scale which measures the distance between the left and the right as a person's approximate shoulder width, an auxiliary portion 5 for adjusting the distance between the floor surface and the upper surface plate A is provided in the vicinity of the rear end portion of the upper surface plate A. A weight scale for confirming spinal column distortion, characterized in that an elastic body 6 is provided at the end of the portion 5 so that when the weight is applied to the upper surface plate A, the upper surface plate A moves up and down .
JP2001402953A 2001-12-21 2001-12-21 Scale to check spinal distortion Expired - Fee Related JP3702388B2 (en)

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JP4915554B2 (en) * 2006-05-25 2012-04-11 パナソニック株式会社 Weight scale with balance measurement function
JP6211445B2 (en) * 2014-03-18 2017-10-11 テルモ株式会社 Measuring device
JP7205847B2 (en) * 2017-11-27 2023-01-17 株式会社エルム Agricultural electric trolley
CN113288120B (en) * 2021-05-27 2022-11-01 江苏盖睿健康科技有限公司 Height measuring device and height measuring method capable of eliminating tiptoe standing error

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